Constructing foundations for industrial buildings starts with a detailed geotechnical analysis of the soil. This serves to determine its composition and load-bearing capacity, and to identify any critical issues, such as the presence of water tables or unstable areas.

Different foundation techniques are used, depending on the specific project requirements. Surface foundations are ideal for land with a good load-bearing capacity, while deep foundations, such as bored piles and piling, are indispensable when the surface soil is unstable or when particularly high loads must be supported.

Designing and constructing foundations for industrial plants requires thorough geotechnical soil analysis and accurate assessment of site-specific conditions. Ferretti Construction employs state-of-the-art technologies and innovative methods to ensure stable, safe foundations, even for complex projects.

Through the use of advanced modelling and simulation software, we are able to predict the behaviour of foundations under different load conditions, and thus identify and resolve any critical issues before work begins. This proactive approach allows us to optimise both project completion times and overall costs, while ensuring a solid and durable foundation for any type of industrial plant.

We offer a full custom service to implement turnkey industrial plants with efficient integrated solutions that respond to customers’ specific needs. Our turnkey approach includes management of all project stages, from initial design to delivery of the ready-to-use plant, ensuring a smooth and seamless process.

Foundation revamping is the process of modernising the foundations of an existing industrial plant to ensure that it is stable, safe and durable, especially when the foundations are damaged or have structural problems.

With our Fast-Track Revamping service, we carry out the work with time savings of up to 75% by exploiting the design & build method for pre-assembled foundation blocks. This approach allows us to manage the entire revamping process optimally by coordinating resources and timing to deliver the turnkey plant while saving times and costs for the customer.

Self-sinking concrete structures, special works and retaining walls are examples of advanced solutions for building stable, safe structures, even in complex situations. These works make it possible to carry out deep excavations in confined spaces and soils of all kinds, while guaranteeing that the surrounding areas are stable and safe.

The use of self-sinking caissons, which position themselves under gravity, makes it possible to build foundations and retaining walls in areas where geotechnical conditions are difficult or where special resistance to hydrostatic pressure is required. This results in a significant reduction in work times and costs, while maintaining strict control over quality and safety.

Innovative techniques and the use of advanced materials means we are able to operate with precision and reliability, even in highly complex situations.